Develop technically viable, financially credible solar and energy-efficiency projects—from energy data and feasibility through procurement, financing readiness and implementation oversight.
The advisory scope is built around your facilities, governance, procurement route, financing capacity and implementation timeline.
Reduce operating costs, manage outages and evaluate the commercial case for solar, efficiency and storage.
Assess a business facility →Design common-area power, pumping, security, tenant services and portfolio-wide energy improvements.
Plan a property solution →Build a clear business case, procurement scope and implementation plan for constrained budgets and multiple stakeholders.
Develop an institutional project →Support facility pipelines, TORs, feasibility, investment readiness, stakeholder coordination and capacity building.
Discuss programme support →Use one service independently or combine them into a complete route from diagnosis to implementation.
Establish how energy is used, where costs arise and which loads or operational patterns deserve priority.
Test whether the proposed solar or efficiency intervention is technically practical and financially credible.
Translate the preferred solution into clear technical requirements that suppliers can price consistently.
Improve bid comparability and reduce the risk of selecting a proposal based only on headline price.
Present the project in a form that management, lenders, investors or development partners can evaluate.
Protect the approved scope through delivery, commissioning, documentation and performance follow-up.
The work is structured to answer the questions technical teams, executives, procurement units and financiers ask.
A defined scope that links facility demand, system architecture, performance expectations and implementation constraints.
A clear explanation of project economics, impact, affordability, delivery risk and suitable implementation models.
Confirm the energy problem, facilities and decision context.
Review bills, loads, operating schedules and constraints.
Develop the technical solution and economic case.
Select the scope, financing and procurement route.
Protect quality, scope and documentation during delivery.
Confirm commissioning, performance and realised value.
The preferred route depends on project economics, credit profile, procurement rules, site tenure and appetite for ownership.
The organisation purchases and owns the system using internal funds or a capital budget.
Equipment is financed over time, subject to lender terms and borrower eligibility.
A third party invests and sells generated energy under agreed commercial terms.
The customer pays for an energy service or performance outcome instead of buying the asset upfront.
Grants, guarantees, concessional capital or technical assistance reduce project barriers where eligible.
The first discussion establishes the facilities, available data, current project stage and the deliverable required by management, procurement or financiers.
Relevant for consulting assignments, technical-advisory roles, programme management, project development, access-to-finance support, training and stakeholder facilitation.
Practical content on energy audits, project bankability, procurement, financing models and implementation risk.
Connect savings, repayment capacity, delivery risk and impact to a credible technical scope.
Read the article →Performance assumptions, exclusions, warranties and lifecycle obligations can change the real value of a proposal.
Read the guide →Ownership, payment structure, performance risk and procurement requirements differ across models.
Read the explanation →Use this checklist to identify the technical data, management decisions, procurement inputs and financing information required before approaching installers or investors.
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Start with a focused discussion about the facilities, available data, decision deadline and the technical or financial output your organisation requires.